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Eat This Daily to Clean Out Your Arteries

Dr. Eric Berg DCMay 28, 202612m
In a Nutshell

The root cause of heart attacks is unstable soft plaque driven by small dense LDL particles created from excess carbs and triglycerides, not total cholesterol. Statins fail to address this by ignoring endothelial damage, inflammation, and foam cell buildup from oxidized LDL. Daily aged garlic extract (2,400 mg), low-carb eating, intermittent fasting, exercise, and magnesium reduce soft plaque and stabilize arteries by lowering inflammation and triglycerides.

AI-Generated Notes

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Eating certain foods every single day helps clean arteries and prevents plaque buildup. Even with existing plaque, the recommended approach minimizes and reverses plaque. A major misconception is that heart attacks occur when arteries fill completely with plaque. A heart attack typically involves a small amount of plaque, specifically the unstable soft type, which ruptures and triggers an immune response that forms a clot blocking blood flow.

Hard plaque is calcified and stable. Soft plaque is unstable and prone to rupture. Even 20% plaque buildup can cause a heart attack if the soft plaque ruptures, leading the immune system to create a clotting reaction.

Cholesterol receives blame but is not the actual cause. Most people with high cholesterol receive statins, which produce side effects without addressing the root cause.

Downstream events include plaque buildup, symptoms, heart attack, and potential death. These develop over 10 to 30 or more years. Upstream events represent the root causes that medicine typically ignores, focusing instead on symptom management.

The endothelium is the thin inner layer of arteries that maintains blood flow and prevents substances from entering the arterial wall. Nitric oxide supports artery contraction and relaxation. The endothelium can be damaged by smoking, chronically high insulin from elevated blood glucose, and ingredients in ultra-processed foods. This damage resembles sandpaper roughening a fragile surface.

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